Development of an innovative line of casing to threaded and welded to drill holes up to 150 m while at the same time the pipe is drilled. (Q111492): Difference between revisions
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(Removed claim: summary (P836): Implementation of the project will consist of the purchase of a research and development service carried out by a scientific body consisting of the development of an innovative link between casing and screw-welded technology at the drilling of holes up to 150 m while drilling. Work on the new arrangements will be carried out in cooperation with the scientific and technical staff of the Faculty of Science, Oil and Gas in Krakow. Within the fram...) |
(Created claim: summary (P836): The implementation of this project will consist of the purchase of a research and development service carried out by a research facility consisting of developing an innovative connection of casing pipes in thread-welded technology with drilling of holes up to 150 m with simultaneously tubing. Work on new solutions will be carried out in cooperation with scientific and technical staff of the Faculty of Drilling, Oil and Gas AGH in Krakow. Within...) |
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The implementation of this project will consist of the purchase of a research and development service carried out by a research facility consisting of developing an innovative connection of casing pipes in thread-welded technology with drilling of holes up to 150 m with simultaneously tubing. Work on new solutions will be carried out in cooperation with scientific and technical staff of the Faculty of Drilling, Oil and Gas AGH in Krakow. Within the framework of this project, the company aims to develop the production technology of innovative interconnection of casing pipes in thread-welded technology with drilling of holes up to 150 m. The traditional method of joining the lining pipes is that the thread is cut on the pipe, but the material from which the pipes are produced is usually characterised by weak abrasion and wear strength properties. Pipes with thin walls are usually used here, so trapezoidal or triangular threads are used. These types of threads have the disadvantage that they wipe quickly, they get involved for a long time and tend to “cut” themselves. The new thread is intended to be abrasion-resistant, allow fast and repeated twisting and unscrewing and do not cause a “cutting” effect. The new solution will also use a qualitatively improved material on which the thread will be cut in order to increase its strength and multiple work. For this purpose, a technology will be developed for cutting threads on steel with increased mechanical strength and joining it by means of welding method to the lining pipe. The new solution will be characterised by increased durability and vitality. The new solutions developed as a result of the project are characterised by the following characteristics: higher durability and rigidity, which means higher durability, ease and increased service safety. In the longer term, the project’s effects will be implemented into production, thus expanding Archon’s offer. (English) | |||||||||||||||
| Property / summary: The implementation of this project will consist of the purchase of a research and development service carried out by a research facility consisting of developing an innovative connection of casing pipes in thread-welded technology with drilling of holes up to 150 m with simultaneously tubing. Work on new solutions will be carried out in cooperation with scientific and technical staff of the Faculty of Drilling, Oil and Gas AGH in Krakow. Within the framework of this project, the company aims to develop the production technology of innovative interconnection of casing pipes in thread-welded technology with drilling of holes up to 150 m. The traditional method of joining the lining pipes is that the thread is cut on the pipe, but the material from which the pipes are produced is usually characterised by weak abrasion and wear strength properties. Pipes with thin walls are usually used here, so trapezoidal or triangular threads are used. These types of threads have the disadvantage that they wipe quickly, they get involved for a long time and tend to “cut” themselves. The new thread is intended to be abrasion-resistant, allow fast and repeated twisting and unscrewing and do not cause a “cutting” effect. The new solution will also use a qualitatively improved material on which the thread will be cut in order to increase its strength and multiple work. For this purpose, a technology will be developed for cutting threads on steel with increased mechanical strength and joining it by means of welding method to the lining pipe. The new solution will be characterised by increased durability and vitality. The new solutions developed as a result of the project are characterised by the following characteristics: higher durability and rigidity, which means higher durability, ease and increased service safety. In the longer term, the project’s effects will be implemented into production, thus expanding Archon’s offer. (English) / rank | |||||||||||||||
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| Property / summary: The implementation of this project will consist of the purchase of a research and development service carried out by a research facility consisting of developing an innovative connection of casing pipes in thread-welded technology with drilling of holes up to 150 m with simultaneously tubing. Work on new solutions will be carried out in cooperation with scientific and technical staff of the Faculty of Drilling, Oil and Gas AGH in Krakow. Within the framework of this project, the company aims to develop the production technology of innovative interconnection of casing pipes in thread-welded technology with drilling of holes up to 150 m. The traditional method of joining the lining pipes is that the thread is cut on the pipe, but the material from which the pipes are produced is usually characterised by weak abrasion and wear strength properties. Pipes with thin walls are usually used here, so trapezoidal or triangular threads are used. These types of threads have the disadvantage that they wipe quickly, they get involved for a long time and tend to “cut” themselves. The new thread is intended to be abrasion-resistant, allow fast and repeated twisting and unscrewing and do not cause a “cutting” effect. The new solution will also use a qualitatively improved material on which the thread will be cut in order to increase its strength and multiple work. For this purpose, a technology will be developed for cutting threads on steel with increased mechanical strength and joining it by means of welding method to the lining pipe. The new solution will be characterised by increased durability and vitality. The new solutions developed as a result of the project are characterised by the following characteristics: higher durability and rigidity, which means higher durability, ease and increased service safety. In the longer term, the project’s effects will be implemented into production, thus expanding Archon’s offer. (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 11:45, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of an innovative line of casing to threaded and welded to drill holes up to 150 m while at the same time the pipe is drilled. |
Project in Poland financed by DG Regio |
Statements
85,230.0 zloty
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94,700.0 zloty
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90.0 percent
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1 September 2016
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28 February 2017
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ARCHON SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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Realizacja przedmiotowego projektu będzie polegała na zakupie usługi badawczo- rozwojowej wykonanej przez placówkę naukową polegającej na opracowaniu innowacyjnego połączenia rur okładzinowych w technologii gwintowo-spawanej przy wierceniu otworów do 150m z jednoczesnym rurowaniem. Prace nad nowymi rozwiązaniami prowadzone będą przy współpracy kadry naukowo-technicznej Wydziału Wiertnictwa, Nafty i Gazu AGH w Krakowie. W ramach przedmiotowego projektu firma dąży do opracowania technologii produkcji innowacyjnego połączenia rur okładzinowych w technologii gwintowo-spawanej przy wierceniu otworów do 150m. Tradycyjna metoda łączenia rur okładzinowych polega na tym, że gwint nacina się na rurze, jednak materiał z którego produkuje się rury z reguły charakteryzuje się słabymi własnościami wytrzymałościowymi na ścieranie i zużycie. Stosuje się tutaj zwykle rury o cienkich ściankach, dlatego stosuje się gwinty trapezowe lub trójkątne. Tego typu gwinty mają tę wadę, że szybko się wycierają, długo się wkręcają i mają tendencje do „ścinania” się. Nowy gwint ma być odporny na ścieranie, umożliwiać szybkie i wielokrotne skręcanie i rozkręcanie oraz nie powodować efektu „ścinania się”. W nowym rozwiązaniu zostanie również zastosowany ulepszony jakościowo materiał, na którym będzie nacinany gwint, tak aby zwiększyć jego wytrzymałość i wielokrotność pracy. W tym celu zostanie opracowana technologia nacinania gwintu na stali o zwiększonej wytrzymałości mechanicznej i łączenia jej za pomocą metody spawania do rury okładzinowej. Nowe rozwiązanie będzie charakteryzować się zwiększoną wytrzymałością i żywotnością. Nowe rozwiązania opracowane w wyniku realizacji projektu mają charakteryzować się następującymi cechami: wyższa wytrzymałość i sztywność, a więc wyższa trwałość, łatwość i zwiększone bezpieczeństwo obsługi. W dalszej perspektywie efekty projektu zostaną wdrożone do produkcji, poszerzając w ten sposób ofertę spółki Archon. (Polish)
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The implementation of this project will consist of the purchase of a research and development service carried out by a research facility consisting of developing an innovative connection of casing pipes in thread-welded technology with drilling of holes up to 150 m with simultaneously tubing. Work on new solutions will be carried out in cooperation with scientific and technical staff of the Faculty of Drilling, Oil and Gas AGH in Krakow. Within the framework of this project, the company aims to develop the production technology of innovative interconnection of casing pipes in thread-welded technology with drilling of holes up to 150 m. The traditional method of joining the lining pipes is that the thread is cut on the pipe, but the material from which the pipes are produced is usually characterised by weak abrasion and wear strength properties. Pipes with thin walls are usually used here, so trapezoidal or triangular threads are used. These types of threads have the disadvantage that they wipe quickly, they get involved for a long time and tend to “cut” themselves. The new thread is intended to be abrasion-resistant, allow fast and repeated twisting and unscrewing and do not cause a “cutting” effect. The new solution will also use a qualitatively improved material on which the thread will be cut in order to increase its strength and multiple work. For this purpose, a technology will be developed for cutting threads on steel with increased mechanical strength and joining it by means of welding method to the lining pipe. The new solution will be characterised by increased durability and vitality. The new solutions developed as a result of the project are characterised by the following characteristics: higher durability and rigidity, which means higher durability, ease and increased service safety. In the longer term, the project’s effects will be implemented into production, thus expanding Archon’s offer. (English)
20 October 2020
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Identifiers
RPMP.01.02.03-12-0396/16
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